PMA-Series Digital Sensors

Solar Light’s NIST-Traceable PMA-Series Digital Sensors represent the pinnacle of accuracy, durability, and selection on the market today. Our sensors measure discrete bands of the electromagnetic spectrum from the UVA, UVB, UVA+B, UVC, Visible Light, and Infrared regions. Both narrow and broad bands are available to fit any application, including germicidal requirements, environmental probes, and sensors for biologically weighted spectra (such as the erythema and CIE action spectra.) Over 135 different sensors are available in a variety of packages to fit any environment, from indoor clean rooms to harsh locations outdoors to 100 meters under water. Please note that Solar Light offers both Digital Sensors and Analog Sensors in the PMA-Series lineup. Select these Digital Sensors if you prefer to plug into our PMA-Series Radiometers to read the output of the sensor on the meter’s display. Digital models are typically used as discrete sensors that are portable and located to provide short term information. (By contrast, please select Analog Sensors if you don’t need a digital display output of the reading, if you will be connecting to your own datalogger, or if you plan to use a voltage source to provide excitation voltage to the sensor and a digital volt or amp meter to read and convert the results. Analog Sensors are typically used as process sensors that are permanently installed to provide ongoing information.)

Solar Light’s Model PMA2151 Digital Total Irradiance Sensor is designed specifically for use with LS1000-Series Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.

Solar Light’s Model PMA2153 Digital Total Irradiance Sensor is designed specifically for use with 8mm Liquid Light Guide Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.

Solar Light’s Model PMA2155 Digital Total Irradiance Sensor is designed specifically for use with 16S-Series Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.

Solar Light’s Model PMA2158 Digital Total Irradiance Sensor is designed specifically for use with Homogenizer-Equipped Multiport® Solar Simulators in compliance with ISO and FDA total maximum irradiance regulations.

Solar Light’s Model PMA2172 Digital Quadrant Sensor Assembly is designed specifically for use with 8mm Liquid Light Guide Solar Simulators, such as Multiport® Models 601-300 and 601-150. The sensor may be used with any Solar Light PMA-Series Radiometer or DCS-Series Automated Dose Controller to determine beam uniformity in compliance to the applicable ISO and FDA regulations.

Solar Light’s Model PMA2173 Digital Quadrant Sensor Assembly is designed specifically for use with 16-S Series Solar Simulators, such as Models 16S-300 and 16S-150. The sensor may be used with any Solar Light PMA-Series Radiometer or DCS-Series Automated Dose Controller to determine beam uniformity in compliance to the applicable ISO and FDA regulations.

Solar Light’s Model PMA2174 Digital Quadrant Sensor Assembly is designed specifically for use with Homogenizer-Equipped Multiport® Solar Simulators, such as Multiport® Models 601-300 and 601-150. The sensor may be used with any Solar Light PMA-Series Radiometer or DCS-Series Automated Dose Controller to determine beam uniformity in compliance to the applicable ISO and FDA regulations.

Solar Light can create a PMA2181 Custom Digital Sensor for virtually any wavelength and bandwidth. Bandwidth with up to two filters to tailor the spectrum. Please contact us with your specific requirements. Custom sensors are our specialty!

Solar Light’s Model PMA2106 Digital Non-Weighted UVB Sensor provides an accurate measurement of UVB ultraviolet radiation from sunlight or artificial light sources.

Solar Light’s Model PMA2107 Digital Non-Weighted UVA+B Sensor provides an accurate measurement of non-weighted UVA+B ultraviolet radiation from sunlight or artificial light sources.

Solar Light’s Model PMA2110 Digital UVA Sensor provides fast and accurate irradiance measurement in the UVA region, with spectral response in the 320nm to 400nm range. This sensor is ideal for laboratory applications measuring mercury, xenon, metal halide, or fluorescent lamps (commonly used for UVA studies,) as well as sunlight.

Solar Light’s Model PMA2112 Digital High Intensity UVA Probe is a useful tool for UV curing applications. It measures UVA radiation via a diffuser mounted at the end of its 18″ (45.7 cm) probe. The light is delivered to the sensor through a quartz light guide encapsulated in a metal envelope inside the probe chassis, making this probe suitable for high temperature applications up to 400°C.

Solar Light’s Model PMA2114 Digital UVA Sensor With Beam Splitter Adapter allows direct coupling with the beam-splitter on the subject stop available for our legacy 15S-Series and modern 16S-Series Solar Simulators.

When used with our Model PMA2100 Dual-Input Data Logging Radiometer, Solar Lights Model PMA2120 UV Radiation Safety Sensor indicates how long a worker may remain at the measured position before reaching the threshold limit value (TLV) proposed by the American Conference of Governmental Industrial Hygienists (ACGIH) published guidelines.

Solar Light’s Model PMA2121 Digital Blue Light Safety Sensor indicates the effective irradiance weighted with the American Conference of Governmental Industrial Hygienists (ACGIH) Spectral Weighting Function for Blue Light Hazard.

Solar Light’s Model PMA2122 Digital Germicidal UVC Sensor provides fast and accurate dose measurements of the effective Ultraviolet Germicidal Irradiation (UVGI). Ultraviolet Germicidal Irradiation (UVGI) Guidelines: PMA 2122: UVC intensity 1500 uW/cm2

Solar Light’s Model PMA2123 Digital Bilirubin Phototherapy Sensor is an accurate, stable sensor designed to measure the output of phototherapy lamps used in neonatal wards to treat infant hyperbilirubinemia (jaundice.)

Solar Light’s Model PMA2131 Digital Scotopic Light Sensor is a portable Lux detector with spectral response following the CIE Scotopic Luminous Efficiency Function (which mimics the human eye’s response in low light conditions.)

Solar Light’s Model PMA2132 Digital Quantum Light (PAR) Sensor measures the photon flux in wavelength range from 400 to 700 nm. There is a proportional relationship between the number of photons absorbed in 400 to 700 nm band and the rate of photosynthesis in plants.